Interferometric tests of a f/1.2 2.5-m diameter liquid mirror show RMS surface deviations about wave/20 and Strehl ratios of order 0.6, showing that it is diffraction limited. The mirror is certainly better than implied by the data because of aberrations introduced by the auxiliary testing optics. We have made detailed studies of the scattered light of the mirror. We have studied the behavior of the mirror under external perturbations. With this article we have reached an important milestone since we now have a good understanding of liquid mirrors
We describe a novel form of liquid refractometer in which the optical length of a cavity containing ...
We constructed a 3.0 meter diameter f/1.5 Liquid Mirror Telescope (LMT) between 1990 and 1994 at the...
The Omega laser is a system with many different parts that may cause imperfections. There are a mult...
Since liquid mirrors are potentially useful in science (e.g., astronomy, atmospheric sciences, and o...
Since liquid mirrors are potentially useful in science (e.g., astronomy, atmospheric sciences, and o...
The ILMT is a four meter diameter liquid mirror telescope built in Liège by a collaboration of astro...
We review the present status of liquid mirror telescopes. Interferometric tests of liquid mirrors (t...
I review the present status of liquid mirror telescopes. In a nutshell: LMTs do work and several hav...
The surface of a spinning liquid takes the shape of a paraboloid that can be used as a reflecting mi...
A 2.7-meter Liquid Mirror Telescope (LMT) is currently under construction at the University of Briti...
Liquid mirrors provide an exciting means to obtain large optical telescopes for substantially lower ...
A history of Liquid Mirror Telescope (LMT) experimentation is provided. The concept can be traced to...
Due to extraordinary distances scanned by modern telescopes, optical surfaces in such telescopes mus...
The entire funding has recently been obtained in Belgium for the construction of a 4m Liquid Mirror ...
We describe a novel form of liquid refractometer in which the optical length of a cavity containing ...
We describe a novel form of liquid refractometer in which the optical length of a cavity containing ...
We constructed a 3.0 meter diameter f/1.5 Liquid Mirror Telescope (LMT) between 1990 and 1994 at the...
The Omega laser is a system with many different parts that may cause imperfections. There are a mult...
Since liquid mirrors are potentially useful in science (e.g., astronomy, atmospheric sciences, and o...
Since liquid mirrors are potentially useful in science (e.g., astronomy, atmospheric sciences, and o...
The ILMT is a four meter diameter liquid mirror telescope built in Liège by a collaboration of astro...
We review the present status of liquid mirror telescopes. Interferometric tests of liquid mirrors (t...
I review the present status of liquid mirror telescopes. In a nutshell: LMTs do work and several hav...
The surface of a spinning liquid takes the shape of a paraboloid that can be used as a reflecting mi...
A 2.7-meter Liquid Mirror Telescope (LMT) is currently under construction at the University of Briti...
Liquid mirrors provide an exciting means to obtain large optical telescopes for substantially lower ...
A history of Liquid Mirror Telescope (LMT) experimentation is provided. The concept can be traced to...
Due to extraordinary distances scanned by modern telescopes, optical surfaces in such telescopes mus...
The entire funding has recently been obtained in Belgium for the construction of a 4m Liquid Mirror ...
We describe a novel form of liquid refractometer in which the optical length of a cavity containing ...
We describe a novel form of liquid refractometer in which the optical length of a cavity containing ...
We constructed a 3.0 meter diameter f/1.5 Liquid Mirror Telescope (LMT) between 1990 and 1994 at the...
The Omega laser is a system with many different parts that may cause imperfections. There are a mult...